Characterization of nanoparticles (NPs) in coal fly ashes (CFAs) is critical for better
understanding the potential health-related risks resulting from coal combustion. Based on …

Quantitative characteristics and sizes of nanoparticles (NPs) in coal fly ash (CFA) produced
in coal-fired power plants as a function of coal type and plant design will help reveal the NP …

The overwhelming magnitude of coal-fired power plants has caused an inevitable release of
metal-containing nanoparticles (MNPs) into the atmosphere, which may be inhaled into the …

Coal combustion is considered an important source of atmospheric nanoparticles (NPs).
However, the underlying information on the emission of NPs from coal-fired power plants …

Coal is the most abundant fossil fuel in the world. Because of the growth of coal mining, coal-
fired power plants and coal-burning industries, the increase of the emission of particulates …

Studies on coal-derived nanoparticles as well as nano-minerals are important in the context
of the human health and the environment. The coal combustion-generated aerosols also …

Nano-quartz in Xuanwei coal, the uppermost Permian (C1) coal deposited in the northwest
of Yuanan, China, has been regarded as one of factors which caused high lung cancer …

Coal fly ash (CFA) has gained increasing societal concerns as hazardous trace elements
(HTEs) in CFA might pose environmental and public health risks. To develop better …

Coal combustion and the disposal of combustion wastes emit enormous quantities of nano-
sized particles that pose significant health concerns on exposure, particularly in …

Environmental and human health risk assessments of nanoparticle effects from coal and
bottom ash require thorough characterisation of nanoparticles and their aggregates. In this …